In this paper, we introduce a shared control mechanism for an intelligent wheelchair designed to support people with mobility impairments, who also have visual, upper limb, or cognitive impairment. The method is designed to allow users to be involved in the movement as much as possible, while still providing the assistance needed to achieve the goal safely. The data collected through URG-04LX and user interface are analyzed to determine whether the desired action is safe to perform. The system then decides to provide assistance or to allow the user input to control the wheelchair. The experiment results indicate that the method performs effectively with high satisfaction
This paper presents a navigation system that extends the use of Electric Powered Wheelchairs (EPWs) ...
There are many user interfaces already available to drive electric wheelchairs. These enable users t...
Independent mobility is fundamental to the quality of life of people with impairment. Most people wi...
In this paper, we introduce a shared control mechanism for an intelligent wheelchair designed to sup...
The development of an intelligent wheelchair (IW) platform that may be easily adapted to any commerc...
Elderly and disabled people can experience considerable difficulties when driving an electric wheelc...
The development of an intelligent wheelchair (IW) platform that may be easily adapted to any commerc...
Elderly and disabled people can experience considerable difficulties when driving a powered wheelcha...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
The use of shared control techniques has a profound impact on the performance of a robotic assistant...
Recent research studies showed that brain-controlled systems/devices are breakthrough technology. Su...
Recent research studies showed that brain-controlled systems/devices are breakthrough technology. Su...
In this paper, a human-machine shared control strategy is proposed for the navigation control of a w...
Objective: Mobility is of key importance for autonomous living. Persons with severe disabilities may...
This paper describes and evaluates an intelligent wheelchair, adapted for users with cognitive disab...
This paper presents a navigation system that extends the use of Electric Powered Wheelchairs (EPWs) ...
There are many user interfaces already available to drive electric wheelchairs. These enable users t...
Independent mobility is fundamental to the quality of life of people with impairment. Most people wi...
In this paper, we introduce a shared control mechanism for an intelligent wheelchair designed to sup...
The development of an intelligent wheelchair (IW) platform that may be easily adapted to any commerc...
Elderly and disabled people can experience considerable difficulties when driving an electric wheelc...
The development of an intelligent wheelchair (IW) platform that may be easily adapted to any commerc...
Elderly and disabled people can experience considerable difficulties when driving a powered wheelcha...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
The use of shared control techniques has a profound impact on the performance of a robotic assistant...
Recent research studies showed that brain-controlled systems/devices are breakthrough technology. Su...
Recent research studies showed that brain-controlled systems/devices are breakthrough technology. Su...
In this paper, a human-machine shared control strategy is proposed for the navigation control of a w...
Objective: Mobility is of key importance for autonomous living. Persons with severe disabilities may...
This paper describes and evaluates an intelligent wheelchair, adapted for users with cognitive disab...
This paper presents a navigation system that extends the use of Electric Powered Wheelchairs (EPWs) ...
There are many user interfaces already available to drive electric wheelchairs. These enable users t...
Independent mobility is fundamental to the quality of life of people with impairment. Most people wi...